XUF208-256-TQ128-C10

xCORE-200 XU/XUF USB A new generation of high performance USB-enabled multicore microcontrollers FEATURES Multicore compute with up to 1000MIPS (8 core) and 4000MIPS (32 core) performance. Hardware ResponseTM ports provide flexible, high-performance configurable I/O capability. Integrated USB 2.0 PHY for highand full-speed host and device operation. Up to 1024KB on-board memory for demanding applications. Embedded flash option – up to 2048KB on-board. Free software library support to implement your exact mix of peripherals. Easy to use with our free xTIMEcomposer Studio™ tools. The xCORE-200TM USB family of devices (XU and XUF) extends the popular xCORETM architecture to provide increased performance, memory footprint and flexibility for the most demanding applications. xCORE-200 XU/XUF integrates up to two USB 2.0 PHYs (host or device) and implements a dual-issue processor pipeline to boost peak compute performance up to 4000MIPS and 2000MMACS. Up to 1024KB on-chip SRAM memory is available. Each member of the xCORE-200 family has an embedded flash option for applications. The flexible Hardware Response ports are bonded out to I/O pins as 1bit, 4bit, 8bit, 16bit and 32bit ports, and provide support for serialized and buffered data transfer. Up to 176 general purpose I/O are available for user configuration. xCORE-200 is supported by the advanced XMOS xTIMEcomposer StudioTM development environment. A wide range of microcontroller and application libraries are freely downloadable from www.xmos.com xCORE-200 USB PRODUCT BRIEF  Unlike conventional microcontrollers, xCORE-200 multicore microcontrollers execute multiple realtime tasks simultaneously. The xCORE-200 XU/XUF family includes devices with 8, 10, 12, 16, 24 and 32 cores. Each logical core can execute computational code, advanced DSP code, control software (including logic decisions and executing a state machine) or drive and sample data on the I/O ports. The devices include xTIME scheduling hardware that performs functions similar to those of an RTOS, and hardware that connects the cores directly to I/O pins, ensuring fast processing and extremely low latency. The xTIME scheduler eliminates the use of interrupts and ensures deterministic operation. The on-chip SRAM can be accessed in a single cycle, reducing shared memory requirements by passing data directly between tasks executing on logical cores. Similarly the xCONNECT switch is a high-speed network allowing all cores to communicate with each other. xCORE-200 multicore microcontrollers include an area of one-time programmable memory with AES support to allow the implementation of secure boot functionality. ORDERING INFORMATION xCORE-200 XU/XUF devices are available in a range of resource densities, packages, performance and temperature grades depending on your needs. Package [GPIOs] Family Cores XU208 8 XU210 10 XU212 12 XU216 16 XU224 24 XU232 32 XUF208 8 XUF210 10 XUF212 12 XUF216 16 XUF224 24 XUF232 32 RAM (KB) 128 256 256 512 256 512 256 512 512 1024 512 1024 128 256 256 512 256 512 256 512 512 1024 512 1024 Flash (KB) USB PHYs - 1 - 1 - 1 - 1 - 2 - 2 1024 1 2048 1 2048 1 2048 1 2048 2 2048 2 TQ64 TQ128 XU208-128-TQ64 [33] XU208-256-TQ64 [33] XU208-128-TQ128 [33] XU208-256-TQ128 [33] XU210-256-TQ128 [81] XU210-512-TQ128 [81] XU212-256-TQ128 [81] XU212-512-TQ128 [81] XU216-256-TQ128 [81] XU216-512-TQ128 [81] FB236 FB374 XU210-256-FB236 [128] XU210-512-FB236 [128] XU212-256-FB236 [128] XU212-512-FB236 [128] XU216-256-FB236 [128] XU216-512-FB236 [128] XU224-512-FB374 [176] XU224-1024-FB374 [176] XU232-512-FB374 [176] XU232-1024-FB374 [176] XUF208-128-TQ64 [33] XUF208-256-TQ64 [33] XUF208-128-TQ128 [33] XUF208-256-TQ128 [33] XUF210-256-TQ128 [81] XUF210-512-TQ128 [81] XUF212-256-TQ128 [81] XUF212-512-TQ128 [81] XUF216-256-TQ128 [81] XUF216-512-TQ128 [81] XUF210-256-FB236 [128] XUF210-512-FB236 [128] XUF212-256-FB236 [128] XUF212-512-FB236 [128] XUF216-256-FB236 [128] XUF216-512-FB236 [128] XUF224-512-FB374 [176] XUF224-1024-FB374 [176] XUF232-512-FB374 [176] XUF232-1024-FB374 [176] For pricing and availability, please visit the XMOS website for a list of our distributors. www.xmos.com/distributors. © 2017 XMOS LTD Third party trademarks are hereby acknowledged. This is a preliminary product brief, contents are subject to change. XM-006870-PC | 2017-06-28